COURSE CURRICULUM

The Engineering Technology (TECH) curriculum is designed to provide students with a strong combination of theoretical knowledge and practical, hands-on skills needed for careers in modern engineering and industrial environments. It covers a wide range of technical areas including engineering graphics, manufacturing processes, electronics, automation, environmental systems, thermofluids, mechanics, quality control, and digital systems. Students begin with foundational courses such as engineering design graphics, electricity and electronics fundamentals, statics, and manufacturing processes, which build essential technical understanding and laboratory experience. As they progress, they study advanced topics like computer-aided design, finite element analysis, applied dynamics, lean manufacturing systems, quality assurance, and environmental engineering technologies. The program also emphasizes modern industrial practices such as automation, robotics, control systems, industrial safety, micro and nano manufacturing, and smart manufacturing systems, preparing students for Industry 4.0 environments. A key strength of the curriculum is its focus on applied learning through laboratory work, simulations, internships, and senior design projects, allowing students to connect classroom concepts with real-world industrial applications. Students also develop skills in product design, process planning, facilities layout, manufacturing systems engineering, and project management, which are critical in industries such as manufacturing, construction, energy, electronics, and environmental management. Advanced courses further explore areas like data-driven decision-making, supply chain management, sustainable engineering, ICT systems, and experimental design. The program culminates in capstone design experiences that require students to solve real industrial problems using teamwork, engineering analysis, and professional communication. Overall, the Engineering Technology program prepares graduates to directly support engineering teams, improve industrial processes, and contribute to efficient, safe, and sustainable production systems across a wide range of technical fields.